A project based at
The €500,000 project will be co-ordinated by Dr Ryan Southall and Professor Mike McEvoy from the university’s
To heat and cool houses consumes large amounts of energy and causes significant emissions of greenhouse gases from the burning of fossil fuels. These greenhouse gases cause climate change, an increasingly urgent problem which has been linked to extreme weather conditions around the globe.
The project, entitled Advanced Ventilation Approaches for Social Housing (AVASH), aims to determine the best ventilation strategy for existing social housing in the
The project will involve the assessment of a broad range of social housing stock in each of the three countries. Using advanced sensor equipment, the researchers will investigate the state of thermal insulation and level of airtightness. Computer simulation techniques will then be used to determine the best ventilation systems for the dwellings.
‘The results of the project will inform social housing providers across the continent looking to upgrade social housing stock as well as increasing home energy efficiency,’ said Dr Ryan Southall.
The research project involves four partners including Cenergia Energy Consultants (
Sub-contractors to the project include Camden City Council (UK) and Flop System Sp. z o.o. in
The project runs for two years and will address the commission’s ‘key action’ of retrofitting social housing.